Reformulation of the Lomi Chemical Decontamination Reagent
Proposal to simmer one channel of b-circuit by recycling volatiles
Reactor Organic Coolants. 1. Characteristics of Irradiated Hydrogenated Terphenyls
Impurities in and purification of organic coolants
Methods for Analysis of Organic Coolants
Introduction to chemical decontamination
Heat transfer and fouling in organic coolants
Decomposition rates of irradiated hydrogenated terphenyls in reactor systems
Proposal for coolant chemistry commissioning and 425 degrees c operation of WR-1 c-circuit
Summary of Corrosion Data Obtained During CAN-DECON Development
Proposal to continue the WR-1 simmering experiment
Decomposition rates of irradiated hydrogenated terphenyls in reactor systems. ii : high temperature operation
Revised proposal to study the retention of fission products by organic coolant
Proposal to increase WR-1 a loop coolant temperature to 400 degrees c
Reduction of Critical Path Time for BWR Recirculation System Decontaminations
A study of the deflagration of organic coolant vapour in air
Development of an improved reagent for the can-decon decontamination process. part 1 : some theoretical considerations
Process chemistry data for the separation of thorium, uranium and plutoniium using a modified thorex flow sheet
Proposal to study the retention by organic coolant of fission products released from overheated fuel
U-3 Organic Loop Operation and Coolant Chemistry, Part 1, March, 1963 -December, 1965